WE’RE GOING TO ZERO CARBON AND ZERO WASTE
We has pushed the boundaries of sustainable innovation from the day 0We make products that help absorb CO₂ for the Earth without generating any ourselves
A CULTURE OF I.N.N.O.V.A.T.I.O.N
With EP, you don’t just come to find what you need. Together, we will make it!
GREEN LIFE WITH ECO-FRIENDLY FOAMS AROUND
Our natural oil-based open-cell foams outperformed traditional foams in tensile strength, elongation, and tear strength. The longer hydrogen bonds in the new NOP, which give the foam more rebound and flexibility, are to blame for this. As a result, we can build our foams lighter and more durable, offering remarkable comfort that lasts the full life of the cushioning applications around you.
PLANT-BASED OPEN CELL FOAMS
EP open cell foams are made with up to 30% plant-based content—mmore than any other open cell foam on the market today. Not only does this plant-based content help to reduce your carbon footprint, but it also enhances Eco-conten by combining with up to 20% recycled material while maintaining the overall performance of the insoles. Our Eco open-cell foams show that you never have to compromise between sustainability, durability, and comfort.
FOOTWEAR FOAMS
Eco Polymers high-density open-cell polyurethane foam developed specifically for footwear applications as performance insoles, upper padding and midsole insert. Our foams provide extraordinary breathability and shock absorption features. In terms of comfort, we are not only referring to physical properties, flexibility, touch, and adaptability, eliminates thermal sensitivity and has human friendly antimicrobial solutions to help eliminate unwanted odours. Our diverse product portfolio includes ultra lightweight with optimum performance at low density with exceptional memory to the high-density foam which provides greater shock absorption and better performance.
POLYURETHANE COMPONENTS
Polyurethane (PU) with its flexibility in density, hardness in manufacture, mechanical strength, and surface finish, has no fewer or even more advantages than other commonly used materials. It is widely applied and practical in life, replacing expensive traditional materials and adversely affecting the ecosystem.
SHOE SOLES
We have outstanding performance PU Pouring compounds for soles, slippers, and insoles thanks to its features such as comfort, flexibility, durability and lightness for a wide area from the production of low-density slipper soles to the production of work shoe soles that require high flexibility and durability. Insoles are not only designed for more comfortable and supportive fit but control odor and moisture, and absorb shock that gives excellent wearing experience. Our firm Midsole provides maximum protection from impact. Our PU Outsoles are lightweight, comes with the finest grip, wear and water resistance, shock absorption and excellent long term mechanical properties that adds more durability and comfort to footwear of any purpose.
CUSHIONING FOAMS
Foam is quite literally at the core of every cushioning, padding, or seating project. The reason polyurethane foam conforms to applied pressure is that it has open cells. When the foam is fully formed, the cells are filled with air. When we sit on the foam, we force the air out and restrict its ability to return to the open cells. This is what causes the foam to compress and change shape. When we stand up, the open cells are no longer restricted, air returns and so does the shape.
POLYURETHANE MACHINERY
Polyurethane (PU) with its flexibility in density, hardness in manufacture, mechanical strength, and surface finish, has no fewer or even more advantages than other commonly used materials. This has really created a revolution in the apparel and footwear industry. Eco-Polymers is becoming the main outsole supplier and processing partner for prestigious brands, and may you could be next.
BIO-BASED MTL
The disposal of large amounts of waste from daily use polymers is among one of the foremost concerns in the current era. Effective utilization of bio-renewable materials procured from natural sources has been proposed as a potential solution to this problem. Biomass feedstocks significantly reduce the carbon footprint and their production process may be more energy-efficient than petroleum-based polymers.
Our product – Bio-based open cell foams standardized by ASTM D 6866 quantify the bio-based content from 15 to higher 30%.
OTHER APPLICATIONS
